Abstract: Methods employing detergent compositions effective for reducing hard water scale and accumulation on hard surfaces, namely within food, beverage and pharmaceutical applications are disclosed. The detergent compositions employ phosphinosuccinic acid adducts in combination with an alkalinity source and optionally polymers, surfactants and/or oxidizers, providing alkaline compositions having a pH between about 10 and 13.5.

Abstract: A bearing includes an outer ring (14) having an inner surface (26), an inner ring (18) at least partially positioned within the outer ring (14) and having an outer surface (22) in facing relationship with the inner surface (26), a groove (30) defined in either the inner surface (26) or the outer surface (22), and a porous material (38) positioned in the groove (30) in which lubricant is absorbed. The porous material (38) is configured to secrete the absorbed lubricant in response to being compressed.

Abstract: A stapler is incorporated in a finishing device associated with a document creating apparatus. The stapler has a control circuit with a memory and is driven by a variably powered motor. An end user inputs the job parameter information at the control panel of the document creating apparatus for each different set of documents to be reproduced and stapled. In response thereto, the control panel sends a particular variable start pulse signal to the stapler control circuit. The control circuit senses the duration of the variable start pulse. Based upon the duration of the variable start pulse signal, the control circuit selects the motion control profile to be provided to the stapler motor from the various profiles stored in the memory of the control circuit.

Abstract: In a sheet stacking and unloading system in which sheets are stacked on a stacking tray which is then moved from its sheet stacking position to an unloading position for removing the sheet stack from the stacking tray, and the stacking tray has a sheet stacking surface partially interrupted by at least one handhold area for allowing manual lifting access underneath a portion of a stack, there is automatically inserted into the handhold area at least one supplemental sheet stack supporting member to provide supplemental sheet stacking support, preventing the sheets from sagging in those areas, which supplemental sheet stack supporting member is automatically removed from the handhold area when the stacking tray is moved to its unloading position.

Abstract: A stapler is incorporated in a finishing device associated with a document creating apparatus. The stapler has a control circuit with a memory and is driven by a variably powered motor. An end user inputs the job parameter information at the control panel of the document creating apparatus for each different set of documents to be reproduced and stapled. In response thereto, the control panel sends a particular variable start pulse signal to the stapler control circuit. The control circuit senses the duration of the variable start pulse. Based upon the duration of the variable start pulse signal, the control circuit selects the motion control profile to be provided to the stapler motor from the various profiles stored in the memory of the control circuit.

Abstract: Substrates are received by a compiling mechanism and compiled into sets. Incoming sheets are tamped by a tamping system into position on the compiling platform to register the sheets. The compiler platform mechanism includes two narrow, low-friction panels that are driven in opposite directions. The compiled and registered sheets sets can be manipulated by a manipulation device, to be stapled, punched, stitched, etc. The compiled, manipulated and registered sheet sets can be dropped onto an output catch platform located below the compilation platform. The compiling platform includes two retractable panels that slide open to allow the compiled set to drop to the output catch platform below. Once the set is dropped, the compiling platform panels are driven back to their original position in order to receive another set. Alternatively, the compiled and registered sets can be ejected from the compiling platform to a subsequent, downstream device.

Abstract: Substrates are received by a compiling mechanism and compiled into sets. Incoming sheets are tamped by a tamping system into position on the compiling platform to register the sheets. The compiler platform mechanism includes two narrow, low-friction panels that are driven in opposite directions. The compiled and registered sheets sets can be manipulated by a manipulation device, to be stapled, punched, stitched, etc. The compiled, manipulated and registered sheet sets can be dropped onto an output catch platform located below the compilation platform. The compiling platform includes two retractable panels that slide open to allow the compiled set to drop to the output catch platform below. Once the set is dropped, the compiling platform panels are driven back to their original position in order to receive another set. Alternatively, the compiled and registered sets can be ejected from the compiling platform to a subsequent, downstream device.

Abstract: A paper sheet gate actuation and guide system for a paper finishing device includes a guide rail, a drive system, a paper gate unit and a sliding cam unit. The guide rail is disposed along a side of the paper finishing device. The drive system includes a torque supplier to controllably supply torque, a timing belt connected to the torque supplier, and a plurality of pulleys to move laterally along the guide rail when the torque supplier supplies torque. The paper gate unit includes a gate arm to enable a paper sheet to pass through when the gate arm is opened, and a lift foot to open the gate arm when the lift foot is raised. The sliding cam unit includes a shoe to slide along the guide rail, a gate cam to raise the lift foot when engaged against the lift foot, a paddle to push a trailing edge of the paper sheet forward as the paper gate unit moves forward along the guide rail, and a fastener to attach the sliding cam unit to the timing belt.

Abstract: In a reproduction system with an output sheet stacking tray system and a slitter with selectable sheet slitting positions in which printed sheets being outputted by the reproduction system may be selectably slit (or not) in their sheet output direction into plural slit sheets of selectably variable sheet widths and stacked in the output tray sheet stacking system; a dual mode output sheet stacking tray system is selectably convertible between a single sheet stacking position mode and a plural slit sheet stacking surfaces mode, wherein in the plural slit sheet stacking surfaces mode the sheet stacking tray system provides plural opposingly transversely sloped sheet stacking surfaces with low friction to assist slit sheets slit from the same printed sheet to transversely slide laterally away from one another, wherein these opposingly sloped surfaces intersect substantially in line with the slitting position of the slitter in the process direction.